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Results: 1-8 |
Results: 8
THE MOUSE MID1 GENE - IMPLICATIONS FOR THE PATHOGENESIS OF OPITZ-SYNDROME AND THE EVOLUTION OF THE MAMMALIAN PSEUDOAUTOSOMAL REGION
Authors: DALZOTTO L QUADERI NA ELLIOTT R LINGERFELTER PA CARREL L VALSECCHI V MONTINI E YEN CH CHAPMAN V KALCHEVA I ARRIGO G ZUFFARDI O THOMAS S WILLARD HF BALLABIO A DISTECHE CM RUGARLI EI
Citation: L. Dalzotto et al., THE MOUSE MID1 GENE - IMPLICATIONS FOR THE PATHOGENESIS OF OPITZ-SYNDROME AND THE EVOLUTION OF THE MAMMALIAN PSEUDOAUTOSOMAL REGION, Human molecular genetics, 7(3), 1998, pp. 489-499
OPITZ G BBB SYNDROME, A DEFECT OF MIDLINE DEVELOPMENT, IS DUE TO MUTATIONS IN A NEW RING FINGER GENE ON XP22/
Authors: QUADERI NA SCHWEIGER S GAUDENZ K FRANCO B RUGARLI EI BERGER W FELDMAN GJ VOLTA M ANDOLFI G GILGENKRANTZ S MARION RW HENNEKAM RCM OPITZ JM MUENKE M ROPERS HH BALLABIO A
Citation: Na. Quaderi et al., OPITZ G BBB SYNDROME, A DEFECT OF MIDLINE DEVELOPMENT, IS DUE TO MUTATIONS IN A NEW RING FINGER GENE ON XP22/, Nature genetics, 17(3), 1997, pp. 285-291
DIFFERENTIAL EXPRESSION PATTERN OF XQPAR-LINKED GENES SYBL1 AND IL9R CORRELATES WITH THE STRUCTURE AND EVOLUTION OF THE REGION
Authors: DESPOSITO M MATARAZZO MR CICCODICOLA A STRAZZULLO M MATZARELLA R QUADERI NA FUJIWARA H KO MSH ROWE LB RICCO A ARCHIDIACONO N ROCCHI M SCHLESSINGER D DURSO M
Citation: M. Desposito et al., DIFFERENTIAL EXPRESSION PATTERN OF XQPAR-LINKED GENES SYBL1 AND IL9R CORRELATES WITH THE STRUCTURE AND EVOLUTION OF THE REGION, Human molecular genetics, 6(11), 1997, pp. 1917-1923
OPITZ-SYNDROME, A DEFECT OF MIDLINE DEVELOPMENT, IS DUE TO MUTATIONS IN A NOVEL RING FINGER GENE ON XP22
Authors: QUADERI NA SCHWEIGER S GAUDENZ K FRANCO B RUGARLI E FELDMAN GJ VOLTA M GILGENKRANTZ S BERGER W OPITZ J MUENCKE J ROPERS H BALLABIO A
Citation: Na. Quaderi et al., OPITZ-SYNDROME, A DEFECT OF MIDLINE DEVELOPMENT, IS DUE TO MUTATIONS IN A NOVEL RING FINGER GENE ON XP22, American journal of human genetics, 61(4), 1997, pp. 44-44
ISOLATION, PHYSICAL MAPPING, AND NORTHERN ANALYSIS OF THE X-LINKED HUMAN GENE ENCODING METHYL CPG-BINDING PROTEIN, MECP2
Authors: DESPOSITO M QUADERI NA CICCODICOLA A BRUNI P ESPOSITO T DURSO M BROWN SDM
Citation: M. Desposito et al., ISOLATION, PHYSICAL MAPPING, AND NORTHERN ANALYSIS OF THE X-LINKED HUMAN GENE ENCODING METHYL CPG-BINDING PROTEIN, MECP2, Mammalian genome, 7(7), 1996, pp. 533-535
THE X-LINKED METHYLATED DNA-BINDING PROTEIN, MECP2, IS SUBJECT TO X-INACTIVATION IN THE MOUSE
Authors: ADLER DA QUADERI NA BROWN SDM CHAPMAN VM MOORE J TATE P DISTECHE CM
Citation: Da. Adler et al., THE X-LINKED METHYLATED DNA-BINDING PROTEIN, MECP2, IS SUBJECT TO X-INACTIVATION IN THE MOUSE, Mammalian genome, 6(8), 1995, pp. 491-492
GENETIC-MAPPING OF A GENE ENCODING AN ATYPICAL PROTEIN-KINASE-C, PROTEIN-KINASE-C-LAMBDA, TO THE PROXIMAL REGION OF MOUSE CHROMOSOME-3
Authors: QUADERI NA GIANFRANCESCO F BROWN SDM DURSO M DESPOSITO M
Citation: Na. Quaderi et al., GENETIC-MAPPING OF A GENE ENCODING AN ATYPICAL PROTEIN-KINASE-C, PROTEIN-KINASE-C-LAMBDA, TO THE PROXIMAL REGION OF MOUSE CHROMOSOME-3, Genomics, 29(3), 1995, pp. 815-816
GENETIC AND PHYSICAL MAPPING OF A GENE ENCODING A METHYL CPG BINDING-PROTEIN, MECP2 TO THE MOUSE X-CHROMOSOME
Authors: QUADERI NA MEEHAN RR TATE PH CROSS SH BIRD AP CHATTERJEE A HERMAN GE BROWN SDM
Citation: Na. Quaderi et al., GENETIC AND PHYSICAL MAPPING OF A GENE ENCODING A METHYL CPG BINDING-PROTEIN, MECP2 TO THE MOUSE X-CHROMOSOME, Genomics, 22(3), 1994, pp. 648-651
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